Cyclen can form stable complexes with metal ions such as iron, zinc, copper, etc. These complexes can serve as effective carriers in drug delivery systems. For example, the complex formed by Cyclen and iron ions can be used to treat iron deficiency anemia, and its stability and biocompatibility have been widely recognized.
Tumor treatment
Cyclen and its derivatives also show potential in tumor treatment. By combining anti-tumor drugs with Cyclen, the stability and selectivity of the drugs can be improved and the toxicity of the drugs to normal tissues can be reduced. This method has achieved certain success in tumor chemotherapy.
RNA interference
Cyclen can also be used as an auxiliary agent in RNA interference (RNAi) technology. Combining Cyclen with RNA interference drugs such as siRNA can improve its stability and delivery efficiency within cells, thereby enhancing the application prospects of RNAi technology in gene therapy.
In the field of biomedicine, Cyclen, as an important component of drug delivery systems, has demonstrated its unique advantages in improving drug delivery efficiency, reducing toxicity and enhancing drug stability.